A. Poorer resistance to oxidation

B. Greater amount of heat build-up under heavy loading

D. Poorer tensile strength

A. Polyamides

B. Silicone

D. PVC

A. Acetic

B. Palmitic

C. Oleic

B. Hexamethylene diamine and Maleic anhydride

C. Hexamethylene diamine and Sebacic acid

D. Hexamethylene diamine and adipic acid

A. 20 to 30

B. 1 to 5

D. 15 to 20

A. Styrene butadiene rubber (SBR)

C. Polybutadiene

D. Polyurethane

A. Oxidation

B. Alkylation

D. Dehydration

A. Synthetic resin

B. Artificial abrasive

C. Blue pigment

A. Phosphorous

C. Superphosphates

D. Phosphoric acid

A. Polythene

C. P.V.C.

D. Polystyrene

A. Thinner

C. Both A. & B.

D. Neither A. nor B.

A. Treating it with zeolites

B. Passing it through sodium hexametaphosphate

D. Addition of soda ash to it

A. Titanium dioxide

B. Zinc sulphides

D. Ferrous sulphate

A. Fatty oil and metallic soap

B. Mineral oil and metallic soap

C. Mineral oil and fatty oil

B. Coke breeze

C. Dolomite

D. Lime powder

B. Al2O3

C. Cr

D. Ni

B. Photochemical

C. Chemical

D. Electrochemical

A. Coke

B. Fuel oil

D. Soda ash

A. 1 atm., 800C

B. 1 atm., 170 180C

D. 10 atm., 800 C

A. Sodium bisulphite

B. Chlorine

C. Sulphuric acid

A. Pyrex

B. Hard

D. Flint

A. Sulphate

B. Semi-chemical

C. Sulphite

B. ZnCl2

C. Fe2O3

D. Al2O3

A. 0.5

B. 20

D. 35

A. 98

B. 10

D. 25

A. Alum

B. Coke

D. Quartz

A. Condensation product of Hexamethylene diamine and adipic acid

B. Condensation product of dimethyl terephthalate and ethylene glycol

C. Thermosetting material

A. N2 and H2

B. CO2 and H2

C. H2, CH4 and CO

A. Bleaching powder

C. Calcium sulphate

D. Chlorine

A. MgO

C. Mercaptans

D. SO2 gas

A. Making protective gas (95% N2 + 5% H2) for annealing of cold rolled steel strip coils

B. Fire fighting purposes

D. Neither A. nor (B)

A. Abrasive

B. Explosive

C. Cermet

A. Thermosetting

B. Fibrous

D. Chemically active

A. Hydrazine

C. Alum solution

D. NaOH

A. Mordant dye

B. Azoic dye

D. Pigment dye

A. H2, CH4

B. C2H2, CO2, H2

D. CO, H2

B. Oxidation of Na+ ions

C. Reduction of Cl- ions

D. Reduction of Na+ ions

A. Bond paper

B. Writing paper

D. Coloured paper

B. Fasten lather formation

C. Improve the soap texture

D. Increase its cleansing action

A. Ultraviolet light

C. Dilute H2SO4

D. None of these

A. Nylon-66

B. Bakelite

C. Neoprene

A. 4-Jan

C. 27-32

D. 18-23

A. In making PVC

C. For making nylon-6

D. In insecticides manufacture

B. The metal present in it is costly

C. It contains ? 40% metal

D. All A , B. and C.

A. Nicotine

B. Sodium fluoride

D. Hydrocyanic acid

B. Fluidised bed

C. Vertical shaft

D. Rotary

A. Water gas

B. Coke oven gas

C. Blast furnace gas

A. None of these

B. CaCl2

D. MgCl2

A. Selenium

B. Zinc

C. Boron

A. Polystyrene

C. Polychlorophrene

D. Polybutadiene